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    • 2. 发明授权
    • Method for controlling a test bench
    • 控制试验台的方法
    • US07039541B2
    • 2006-05-02
    • US10785479
    • 2004-02-25
    • Engelbert GrünbacherGerald SteinmaurerPeter LangthalerLuigi Del ReHelmut Kokal
    • Engelbert GrünbacherGerald SteinmaurerPeter LangthalerLuigi Del ReHelmut Kokal
    • G01M17/00
    • G01M15/044
    • In a test bench design consisting at least of an internal combustion engine (1) having its own sensor technology, actuator technology and control devices, a dynamometric brake (2), and a test bench computer (5) controlling the internal combustion engine (1) and the dynamometric brake (2), whereby the computer (5) calculates the control variables for the internal combustion engine (1) and the dynamometric brake (2) based on set point defaults, the object to operate the internal combustion engine (1) with the assistance of the dynamometric brake (2) in the same way as the engine would be operated by the user in a selected vehicle and with the driving profile to be set by the user is achieved by conducting a predefined measurement prior to the actual measurement, which cannot be performed precisely by the user himself, and based on the measurement, parameters of a calculation specification (9) of set point defaults of the control variables are to be determined under consideration of the characteristics of the test bench and then set on the test bench computer (5) without changing the parameter setting of the test bench computer (5) or of the control device of the internal combustion engine.
    • 在至少包括具有其传感器技术的内燃机(1),致动器技术和控制装置的测试台设计中,一个测力制动器(2)和一个控制内燃机(1)的试验台计算机 )和动力制动器(2),由此计算机(5)基于设定点默认值计算内燃机(1)和测力制动器(2)的控制变量,操作内燃机(1) )与发动机在所选择的车辆中由用户操作的相同的方式,并且由使用者设定的驾驶曲线是通过在实际操作之前进行预定义的测量来实现的 测量,用户自己无法精确地执行,并且基于测量,控制变量的设定点默认值的计算规范(9)的参数将根据 考虑试验台的特性,然后设置在试验台计算机(5)上,而不改变试验台计算机(5)或内燃机的控制装置的参数设置。
    • 10. 发明申请
    • Test stand arrangement
    • 测试台布置
    • US20110041595A1
    • 2011-02-24
    • US12801580
    • 2010-06-15
    • Matthias DankHelmut KokalJosef MayrhoferStephen JonesDirk DengerMartin Schmidt
    • Matthias DankHelmut KokalJosef MayrhoferStephen JonesDirk DengerMartin Schmidt
    • G01M15/00
    • G01M15/02G01M15/044G06Q30/06
    • A test stand arrangement is connected to at least one electric motor (4) connected to a test specimen (1) for driving and/or loading the test specimen (1) and comprises a control arrangement (6) for the or each electric motor (4).In order to be able to create the connection of the drive train and vehicle simulation with the real, vehicle-specific combustion and dynamic behavior of the engine, at least one model (7) for a multi-mass flywheel is implemented in the control arrangement (6), from which model (7) at least a part of the control requirement for the or each electric motor (4) is calculated and which model (7) contains at least the two masses of the primary and secondary side of the multi-mass flywheel and a substitute model for the or each bow spring, and an algorithm is implemented in the control arrangement (6) that analyzes the model for a multi-mass flywheel by means of an integrated time step method.
    • 测试台布置连接到连接到用于驱动和/或加载测试样品(1)的测试样品(1)的至少一个电动机(4),并且包括用于或每个电动机的控制装置(6) 4)。 为了能够创建传动系统和车辆模拟的连接与发动机的真实的车辆特定燃烧和动态特性,在控制装置中实现至少一个用于多质量飞轮的模型(7) (6),从哪个模型(7)计算出对于或每个电动机(4)的控制要求的至少一部分,并且哪个模型(7)至少包含多个主电机的第一和第二侧的两个质量 - 用于该弹簧或每个弓弹簧的替代模型,并且在控制装置(6)中实施一种算法,其通过集成的时间步法分析多质量飞轮的模型。